* If you are using Max, save the series of patches for Max [http://ccrma.stanford.edu/courses/250a/workshop/max_lecture.zip max_lecture.zip] to your computer and uncompress them.

* If you are using Pd, save the series of patches for Pd [http://ccrma.stanford.edu/courses/250a/workshop/pd_lecture.zip pd_lecture.zip] to your computer and uncompress them.

* If you are using Pd, save the series of patches for Pd [http://ccrma.stanford.edu/courses/250a/workshop/pd_lecture.zip pd_lecture.zip] to your computer and uncompress them.

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* Start up either Max or Pd.

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<!-- * If you are using Max/MSP, save the series of patches for Max [http://ccrma.stanford.edu/courses/250a/workshop/max_lecture.zip max_lecture.zip] to your computer and uncompress them. -->

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* Start up Pd.

* Read and try the patches.

* Read and try the patches.

−

* Look through further example patches: In Max, see the Max Tutorials and MSP Tutorials in the Help menu. In Pd, the examples can be found in the 'Help' Menu.

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* Look through further example patches: In Pd, the examples can be found in the 'Help' Menu. In Max/MSP, see the Max Tutorials and MSP Tutorials in the Help menu.

−

* Look at the links for Max and Pd on the [http://cm-wiki.stanford.edu/wiki/PID_Links PID Links] page.

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* Look at the links for Pd and Max/MSP on the [http://cm-wiki.stanford.edu/wiki/PID_Links PID Links] page.

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<!--

== STK ==

== STK ==

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You might like to experiment with a collection of STK Physical and FM synthesis objects. To make them available in Max/MSP, you will need to install [http://www.music.columbia.edu/PeRColate/ PeRColate]. Or to make them available in Pd, you will need to install [[Stk2pd]]; however, it is currently compiled only for OS X and Linux.

+

You might like to experiment with a collection of STK Physical and FM synthesis objects. To make them available in Max/MSP, you will need to install [http://www.music.columbia.edu/PeRColate/ PeRColate]. If you are using Windows, [http://theguitarzeros.com/fretbuzz/PeRColate-v0.9b5.zip look here].

+

+

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Recently, [http://megrimm.net/software/PeRColate-OSX-Intel-10.5/ PeRColate was compiled again for Pd for OS X]. If all else fails, [[Stk2pd]] should work for Linux or OS X.

The names of the STK objects in STk2pd are as follows (if you're using percolate just look at the [http://www.music.columbia.edu/PeRColate/ website] or the files that come with the library for the list):

* BandedWG~

* BandedWG~

* BeeThree~ (See note)

* BeeThree~ (See note)

Line 44:

Line 52:

* Wurley~ (See note)

* Wurley~ (See note)

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Note: At one point the noted objects did not work on Pd for the Mac, but I believe that this problem relating to the path to rawwaves has been solved.

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-->

<center>[[PID 2009]]</center>

<center>[[PID 2009]]</center>

[[Category:PID_2009]][[Category:PID]]

[[Category:PID_2009]][[Category:PID]]

Latest revision as of 07:52, 14 August 2013

We demonstrate sound synthesis using a series of patches.

If you are using Pd, save the series of patches for Pd pd_lecture.zip to your computer and uncompress them.

Start up Pd.

Read and try the patches.

Look through further example patches: In Pd, the examples can be found in the 'Help' Menu. In Max/MSP, see the Max Tutorials and MSP Tutorials in the Help menu.